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sourcecode.py
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# I pledge my honor that I have abided by the Stevens Honors System.
# https://github.com/laddhasuneedhi/Project02.git
# Hao Dian Li, Suneedhi Laddha, Ali El Sayed, Gigi Luna
from re import L
import sys
from prettytable import PrettyTable
from datetime import date, timedelta, datetime
validtags = ["INDI", "NAME", "SEX", "BIRT", "DEAT", "FAMC", "FAMS", "FAM",
"MARR", "HUSB", "WIFE", "CHIL", "DIV", "DATE", "HEAD", "TRLR", "NOTE"]
tag0 = ["INDI", "FAM", "HEAD", "TRLR", "NOTE"]
tag1 = ["NAME", "SEX", "BIRT", "DEAT", "FAMC",
"FAMS", "MARR", "HUSB", "WIFE", "CHIL", "DIV"]
tag2 = ["DATE"]
extag = ["INDI", "FAM"]
singletag = ["BIRT", "MARR", "DIV"]
validlevels = ["0", "1", "2"]
gender_dict = {}
us21_list = []
# if len(sys.argv) == 1:
# print ("\nPlease provide input filename as the first argument and try again.\n")
# quit()
# arg_0 = sys.argv[0]
# arg_1 = sys.argv[1]
arg_0 = sys.argv[0]
arg_1 = "famtreeus03us04.ged"
f = open(arg_1, 'r')
x = PrettyTable()
y = PrettyTable()
x.field_names = ["ID", "Name", "Gender", "Birthday",
"Age", "Alive", "Death", "Child", "Spouse"]
y.field_names = ["ID", "Married", "Divorced", "Husband ID",
"Husband Name", "Wife ID", "Wife Name", "Children"]
kids_born = {}
sibiling_stuff = {}
birfday = 0
deafday = 0
todays_date = date.today()
age_tracker = {}
name_list = []
id_list = []
tblx_id = "N/A"
tblx_name = "N/A"
tblx_gend = "N/A"
tblx_birt = "N/A"
tblx_age = "N/A"
tblx_aliv = "N/A"
tblx_deat = "N/A"
tblx_chil = "N/A"
tblx_spou = "N/A"
tbly_id = "N/A"
tbly_marr = "N/A"
tbly_divo = "N/A"
tbly_husi = "N/A"
tbly_husn = "N/A"
tbly_wifi = "N/A"
tbly_wifn = "N/A"
tbly_chil = "N/A"
birfday = 0
deafday = 0
todays_date = date.today()
tblx_sarr = []
tblx_carr = []
marfday = 0
divfday = 0
tbly_carr = []
tbly_sarr = []
tempbday = "N/A"
tempdday = "N/A"
tempmday = "N/A"
tempvday = "N/A"
us05tempmday = "N/A"
us05tempdday = "N/A"
us10tempbday = "N/A"
us10tempmday = "N/A"
deadList = []
recent_birth_list = []
us01Lista = []
us01Listb = []
us01Listc = []
us01Listd = []
us02List = []
us03List = []
us04List = []
us05List = []
us06List = []
us07ListA = []
us07ListB = []
us10List = []
us18List = []
us22List = []
us22Rep = []
us27List = []
us28List = []
us30List = []
us35List = []
us36List = []
us38List = []
us39List = []
us42List = []
us37List = []
us31List = []
us01printa = []
us01printb = []
us01printc = []
us01printd = []
us02print = []
us03print = []
us04print = []
us22print = []
us25print = []
us27print = []
us28print = []
us29print = []
us38print = []
us39print = []
us33print = []
isdead = []
id_name_dict = {}
abbr_to_num = {'JAN': 1, 'FEB': 2, 'MAR': 3, 'APR': 4, 'MAY': 5,
'JUN': 6, 'JUL': 7, 'AUG': 8, 'SEP': 9, 'OCT': 10, 'NOV': 11, 'DEC': 12}
abbr_to_strMonth = {'1': 'JAN', '2': 'FEB', '3': 'MAR', '4': 'APR', '5': 'MAY',
'6': 'JUN', '7': 'JUL', '8': 'AUG', '9': 'SEP', '10': 'OCT', '11': 'NOV', '12': 'DEC'}
# helper functions
def _matchId(id):
gotmatch = 0
fcopy = open(arg_1, 'r')
for line in fcopy:
matchToken = line.split() # list of the line
matchStrList = matchToken[2:]
matchFullStr = ' '.join(str(i) for i in matchStrList)
if line == "\n":
continue # ignore the empty lines
if (int(matchToken[0]) == 0) and (gotmatch == 1) and (matchToken[2] == "INDI" or "FAM"):
return "N/A"
if (int(matchToken[0]) == 0) and (matchToken[1] == id):
gotmatch = 1
if (int(matchToken[0]) == 1) and (matchToken[1] == "NAME") and (gotmatch == 1):
gotmatch = 0
matchFullStr = ' '.join(str(i) for i in matchStrList)
return matchFullStr
fcopy.close()
def _age(given_date, birthdate):
age = given_date.year - birthdate.year - \
((given_date.month, given_date.day) < (birthdate.month, birthdate.day))
return age
def _us01a(tdate, bdate, id):
bmn_to_num = abbr_to_num[bdate[1]]
tmn_to_num = abbr_to_num[abbr_to_strMonth[tdate[1]]]
birth_date = date(int(bdate[2]), bmn_to_num, int(bdate[0]))
todaydate = date(int(tdate[0]), tmn_to_num, int(tdate[2]))
birth_diff = _age(todaydate, birth_date)
if birth_diff < 0:
s = [id, str(birth_date)]
us01Lista.append(list(s))
return us01Lista
def _us01printa(list):
for x in list:
print("ERROR: INDIVIDUAL: US01: " +
x[0] + "Birth should be before today's date")
def _us01b(tdate, ddate, id):
dmn_to_num = abbr_to_num[ddate[1]]
tmn_to_num = abbr_to_num[abbr_to_strMonth[tdate[1]]]
death_date = date(int(ddate[2]), dmn_to_num, int(ddate[0]))
todaydate = date(int(tdate[0]), tmn_to_num, int(tdate[2]))
death_diff = _age(todaydate, death_date)
if death_diff < 0:
s = [id, str(death_date)]
us01Listb.append(list(s))
return us01Listb
def _us01printb(list):
for x in list:
print("ERROR: INDIVIDUAL: US01: " +
x[0] + "Death should be before today's date")
def _us02(sarr, marr, wifi, husi, fid):
# print(sarr)
age_diff = -1
gotmatch = 0
gotbirth = 0
birth = "N/A"
lookupID = "N/A"
marr = marr.split()
fcopy = open(arg_1, 'r')
for line in fcopy:
matchToken = line.split() # list of the line
if line == "\n":
continue # ignore the empty lines
if (int(matchToken[0]) == 0) and (matchToken[1] != "NOTE") and gotmatch == 1:
gotmatch = 0
gotbirth = 0
if (int(matchToken[0]) == 0) and ((matchToken[1] == sarr[0]) or (matchToken[1] == sarr[1])):
gotmatch = 1
lookupID = matchToken[1]
if (int(matchToken[0]) == 1) and (matchToken[1] == "BIRT") and (gotmatch == 1):
gotbirth = 1
if (int(matchToken[0]) == 2) and (matchToken[1] == "DATE") and (gotbirth == 1):
birth = matchToken[2:]
month_birth = abbr_to_num[birth[1]]
month_marr = abbr_to_num[marr_split[1]]
if _us42(int(marr_split[2]), month_marr, int(marr_split[0])):
if _us42(int(birth[2]), month_birth, int(birth[0])):
age_diff = _age(date(int(marr_split[2]), month_marr, int(
marr_split[0])), date(int(birth[2]), month_birth, int(birth[0])))
else:
s = [lookupID, 0, int(birth[2]),
month_birth, int(birth[0])]
if s in us42List:
pass
else:
us42List.append(s)
else:
s = [lookupID, 2, int(marr_split[2]),
month_marr, int(marr_split[0])]
if s in us42List:
pass
else:
us42List.append(s)
# age_diff = _age(date(int(marr_split[2]), month_marr, int(marr_split[0])), date(int(birth[2]), month_birth, int(birth[0])))
gotmatch = 0
gotbirth = 0
if (age_diff != -1) and (age_diff < 0):
obirth = date(int(birth[2]), month_birth, int(birth[0]))
marr_formatted = date(int(marr[2]), month_marr, int(marr[0]))
if lookupID == wifi:
s_type = "wife"
if lookupID == husi:
s_type = "husband"
us02List.append(
[lookupID, str(obirth), str(marr_formatted), s_type, fid])
# return us05List
# else: gotmatch = 0; gotdeath = 0
fcopy.close()
return us02List
def _us02print(list):
for x in list:
print("ERROR: INDIVIDUAL: US02: " + x[0] + " Born " + x[1] + " " +
x[3] + " (Family: " + x[4] + ") birth has to be before marriage")
def _us03(bdate, ddate, id):
# converts month name to a number
bmn_to_num = abbr_to_num[bdate[1]]
dmn_to_num = abbr_to_num[ddate[1]]
# yyyy-mm-dd format
birth_date = date(int(bdate[2]), bmn_to_num, int(bdate[0]))
death_date = date(int(ddate[2]), dmn_to_num, int(ddate[0]))
# find age difference
age_diff = _age(death_date, birth_date)
if age_diff < 0:
# list of INDI who have negative ages
s = [id, str(birth_date), str(death_date)]
us03List.append(list(s))
return us03List
def _us03print(list):
for x in list:
s = "ERROR: INDIVIDUAL: US03: " + \
x[0] + ": Died " + x[2] + " before born " + x[1]
us03print.append(s)
return us03print
def _us04(mdate, vdate, id):
marr_date = None
divo_date = None
year_status = False
# converts month name to a number
mmn_to_num = abbr_to_num[mdate[1]]
vmn_to_num = abbr_to_num[vdate[1]]
# yyyy-mm-dd format
if _us42(int(mdate[2]), mmn_to_num, int(mdate[0])):
marr_date = date(int(mdate[2]), mmn_to_num, int(mdate[0]))
else:
s = [id, 2, int(mdate[2]), mmn_to_num, int(mdate[0])]
if s not in us42List:
us42List.append(s)
if _us42(int(vdate[2]), vmn_to_num, int(vdate[0])):
divo_date = date(int(vdate[2]), vmn_to_num, int(vdate[0]))
else:
s = [id, 3, int(vdate[2]), vmn_to_num, int(vdate[0])]
if s not in us42List:
us42List.append(s)
# find age difference
if (marr_date != None) and (divo_date != None):
year_diff = _age(divo_date, marr_date)
year_status = True
if (year_status == True) and (year_diff < 0):
# list of INDI who have negative ages
s = [id, str(marr_date), str(divo_date)]
us04List.append(list(s))
return us04List
def cousin_list(spouse_id, compare_id, sib_list, chil_list):
is_in_sib = False
for i in sib_list.keys():
if i == spouse_id:
is_in_sib = True
if is_in_sib:
for i in sib_list[spouse_id]:
if compare_id in chil_list[i]:
return True
return False
def _us20(wife_id, husb_id, sib_list, chil_list):
if (cousin_list(husb_id, wife_id, sib_list, chil_list)) or (cousin_list(wife_id, husb_id, sib_list, chil_list)):
s = 0
return s
else:
s = 1
return s
def _us04print(list):
for x in list:
s = "ERROR: FAMILY: US04: " + \
x[0] + ": Divorced " + x[2] + " before married " + x[1]
us04print.append(s)
return us04print
def _us21(role_token, role_id, gender_dict):
if ((role_token == "HUSB" and gender_dict[role_id] != "M") or (role_token == "WIFE" and gender_dict[role_id] != "F")):
s = "Error US_21: " + str(role_id) + "gender role does not match"
us21_list.append(s)
def _us21print():
for x in us21_list:
print(x)
def _corpseBride(sarr, marr, wifi, husi, fid):
# print(sarr)
gotmatch = 0
gotdeath = 0
death = "N/A"
lookupID = "N/A"
marr = marr.split()
age_diff = -1
fcopy = open(arg_1, 'r')
for line in fcopy:
matchToken = line.split() # list of the line
if line == "\n":
continue # ignore the empty lines
if (int(matchToken[0]) == 0) and (matchToken[1] != "NOTE") and gotmatch == 1:
gotmatch = 0
gotdeath = 0
if (int(matchToken[0]) == 0) and ((matchToken[1] == sarr[0]) or (matchToken[1] == sarr[1])):
gotmatch = 1
lookupID = matchToken[1]
if (int(matchToken[0]) == 1) and (matchToken[1] == "DEAT") and (gotmatch == 1):
gotdeath = 1
if (int(matchToken[0]) == 2) and (matchToken[1] == "DATE") and (gotdeath == 1):
death = matchToken[2:]
month_death = abbr_to_num[death[1]]
month_marr = abbr_to_num[marr_split[1]]
if _us42(int(marr_split[2]), month_marr, int(marr_split[0])):
if _us42(int(death[2]), month_death, int(death[0])):
age_diff = _age(date(int(marr_split[2]), month_marr, int(
marr_split[0])), date(int(death[2]), month_death, int(death[0])))
else:
s = [lookupID, 1, int(death[2]),
month_death, int(death[0])]
if s in us42List:
pass
else:
us42List.append(s)
else:
s = [lookupID, 2, int(marr_split[2]),
month_marr, int(marr_split[0])]
if s in us42List:
pass
else:
us42List.append(s)
gotmatch = 0
gotdeath = 0
if age_diff >= 0:
if _us42(int(death[2]), month_death, int(death[0])):
odeath = date(int(death[2]), month_death, int(death[0]))
else:
s = [lookupID, 1, int(death[2]),
month_death, int(death[0])]
if s in us42List:
pass
else:
us42List.append(s)
# odeath = date(int(death[2]), month_death, int(death[0]))
marr_formatted = date(int(marr[2]), month_marr, int(marr[0]))
if lookupID == wifi:
s_type = "wife"
if lookupID == husi:
s_type = "husband"
us05List.append(
[lookupID, str(odeath), str(marr_formatted), s_type, fid])
# return us05List
# else: gotmatch = 0; gotdeath = 0
fcopy.close()
return us05List
def _us05print(list):
for x in list:
print("ERROR: FAMILY: US05:", x[4] + ": Married", x[2],
"after", x[3] + "'s (" + x[0] + ") death on", x[1])
def _us06(sarr, div, wifi, husi, fid):
# print(sarr)
age_diff = -1
gotmatch = 0
gotdeath = 0
death = "N/A"
lookupID = "N/A"
div = div.split()
fcopy = open(arg_1, 'r')
for line in fcopy:
matchToken = line.split() # list of the line
if line == "\n":
continue # ignore the empty lines
if (int(matchToken[0]) == 0) and (matchToken[1] != "NOTE") and gotmatch == 1:
gotmatch = 0
gotdeath = 0
if (int(matchToken[0]) == 0) and ((matchToken[1] == sarr[0]) or (matchToken[1] == sarr[1])):
gotmatch = 1
lookupID = matchToken[1]
if (int(matchToken[0]) == 1) and (matchToken[1] == "DEAT") and (gotmatch == 1):
gotdeath = 1
if (int(matchToken[0]) == 2) and (matchToken[1] == "DATE") and (gotdeath == 1):
death = matchToken[2:]
month_death = abbr_to_num[death[1]]
month_div = abbr_to_num[divo_split[1]]
if _us42(int(divo_split[2]), month_div, int(divo_split[0])):
if _us42(int(death[2]), month_death, int(death[0])):
age_diff = _age(date(int(divo_split[2]), month_div, int(divo_split[0])), date(
int(death[2]), month_death, int(death[0])))
else:
s = [fid, 2, int(death[2]), month_death, int(death[0])]
if s in us42List:
pass
else:
us42List.append(s)
else:
s = [fid, 3, int(divo_split[2]), month_div, int(divo_split[0])]
if s in us42List:
pass
else:
us42List.append(s)
gotmatch = 0
gotdeath = 0
if age_diff >= 0:
odeath = date(int(death[2]), month_death, int(death[0]))
div_formatted = date(int(div[2]), month_div, int(div[0]))
if lookupID == wifi:
s_type = "wife"
if lookupID == husi:
s_type = "husband"
us06List.append(
[lookupID, str(odeath), str(div_formatted), s_type, fid])
# return us06List
# else: gotmatch = 0; gotdeath = 0
fcopy.close()
return us06List
def _us06print(list):
for x in list:
print("ERROR: FAMILY: US06:", x[4] + ": Divorced", x[2],
"after", x[3] + "'s (" + x[0] + ") death on", x[1])
def _us07a(bdate, ddate, id):
# converts month name to a number
bmn_to_num = abbr_to_num[bdate[1]]
dmn_to_num = abbr_to_num[ddate[1]]
# yyyy-mm-dd format
birth_date = date(int(bdate[2]), bmn_to_num, int(bdate[0]))
death_date = date(int(ddate[2]), dmn_to_num, int(ddate[0]))
# find age difference
age_diff = _age(death_date, birth_date)
if age_diff >= 150:
s = [id, str(birth_date), str(death_date)]
us07ListA.append(list(s))
return us07ListA
def _us07Aprint(list):
for x in list:
print("ERROR: INDIVIDUAL: US07: " +
x[0] + " Death should be less than 150 years after birth")
def _us07b(bdate, tdate, id):
bmn_to_num = abbr_to_num[bdate[1]]
tmn_to_num = abbr_to_num[abbr_to_strMonth[tdate[1]]]
# yyyy-mm-dd format
birth_date = date(int(bdate[2]), bmn_to_num, int(bdate[0]))
todaydate = date(int(tdate[0]), tmn_to_num, int(tdate[2]))
diff = _age(todaydate, birth_date)
if diff >= 150:
s = [id, str(birth_date)]
us07ListB.append(list(s))
return us07ListB
def _us07bprint(list):
for x in list:
print("ERROR: INDIVIDUAL: US07: " +
x[0] + " Current Date should be less than 150 years after birth")
def _us09(husid, wifid, chilist):
dad_age = kids_born[husid]
mom_age = kids_born[wifid]
dad_age = int((dad_age.split())[2])
mom_age = int((mom_age.split())[2])
for x in chilist:
kid_age = kids_born[x]
kid_age = int((kid_age.split())[2])
if (mom_age - kid_age) > 0 or (dad_age - kid_age) > 0:
return False
return True
def _us10(sarr, marr, wifi, husi, fid):
# print(sarr)
age_diff = -1
gotmatch = 0
gotbirth = 0
birth = "N/A"
lookupID = "N/A"
marr = marr.split()
fcopy = open(arg_1, 'r')
for line in fcopy:
matchToken = line.split() # list of the line
if line == "\n":
continue # ignore the empty lines
if (int(matchToken[0]) == 0) and (matchToken[1] != "NOTE") and gotmatch == 1:
gotmatch = 0
gotbirth = 0
if (int(matchToken[0]) == 0) and ((matchToken[1] == sarr[0]) or (matchToken[1] == sarr[1])):
gotmatch = 1
lookupID = matchToken[1]
if (int(matchToken[0]) == 1) and (matchToken[1] == "BIRT") and (gotmatch == 1):
gotbirth = 1
if (int(matchToken[0]) == 2) and (matchToken[1] == "DATE") and (gotbirth == 1):
birth = matchToken[2:]
month_birth = abbr_to_num[birth[1]]
month_marr = abbr_to_num[marr_split[1]]
if _us42(int(marr_split[2]), month_marr, int(marr_split[0])):
if _us42(int(birth[2]), month_birth, int(birth[0])):
age_diff = _age(date(int(marr_split[2]), month_marr, int(
marr_split[0])), date(int(birth[2]), month_birth, int(birth[0])))
else:
s = [lookupID, 0, int(birth[2]),
month_birth, int(birth[0])]
if s in us42List:
pass
else:
us42List.append(s)
else:
s = [lookupID, 2, int(marr_split[2]),
month_marr, int(marr_split[0])]
if s in us42List:
pass
else:
us42List.append(s)
# age_diff = _age(date(int(marr_split[2]), month_marr, int(marr_split[0])), date(int(birth[2]), month_birth, int(birth[0])))
gotmatch = 0
gotbirth = 0
if (age_diff != -1) and (age_diff < 14):
obirth = date(int(birth[2]), month_birth, int(birth[0]))
marr_formatted = date(int(marr[2]), month_marr, int(marr[0]))
if lookupID == wifi:
s_type = "wife"
if lookupID == husi:
s_type = "husband"
us10List.append(
[lookupID, str(obirth), str(marr_formatted), s_type, fid])
# return us05List
# else: gotmatch = 0; gotdeath = 0
fcopy.close()
return us10List
def _us10print(list):
for x in list:
print("ERROR: INDIVIDUAL: US10: " + x[0] + " Married " + x[1] + " " +
x[3] + " (Family: " + x[4] + ") has to be at least 14 to get married")
def _us11(sndmage, divdate, id):
us11List = []
if len(sndmage) != 0:
snd_to_num = abbr_to_num[sndmage[1]]
if len(divdate) != 0:
div_to_num = abbr_to_num[divdate[1]]
if len(sndmage) != 0:
snd_date = date(int(sndmage[2]), snd_to_num, int(sndmage[0]))
if len(divdate) != 0:
div_date = date(int(divdate[2]), div_to_num, int(divdate[0]))
if len(divdate) == 0:
s = [id, str(snd_date), '']
us11List.append(list(s))
return us11List
# birth month, divorce month
# yyyy-mm-dd format
# find time difference between marriage and divorce
time_diff = _age(snd_date, div_date)
if time_diff < 0:
# return INDI where the 2nd marrigage happens before divorce
s = [id, str(div_date), str(snd_date)]
us11List.append(list(s))
return us11List
def _us12(mm_id, mother_birth, dd_id, father_birth, children_birth):
# children and parents should be less than 80 years old
mmn_to_num = abbr_to_num[mother_birth[1]]
ffn_to_num = abbr_to_num[father_birth[1]]
mmn_date = date(int(mother_birth[2]), mmn_to_num, int(mother_birth[0]))
ff_date = date(int(father_birth[2]), ffn_to_num, int(father_birth[0]))
mom_age_today = _age(date.today(), mmn_date)
dad_age_today = _age(date.today(), ff_date)
if mom_age_today > 80 or dad_age_today > 80:
return False
for chil in children_birth:
cc_to_num = abbr_to_num[chil[1][1]]
cc_date = date(int(chil[1][2]), cc_to_num, int(chil[1][0]))
cc_age = _age(date.today(), cc_date)
if cc_age > 80:
return False
return True
# this was implemented by Suneedhi Laddha and Hao Dian Li
def _us15(fam_id, list_of_kids):
if len(list_of_kids) > 15:
print("for fam:", fam_id, "children is greater than 15")
return False
else:
return True
def _us22print(list):
for x in list:
if x[1] == "I":
s = "ERROR: INDIVIDUAL: US22:", x, "is not a unique ID"
us22print.append(s)
if x[1] == "F":
s = "ERROR: FAMILIY: US22:", x, "is not a unique ID"
us22print.append(s)
return us22print
def _us27(bdate, ddate, tdate, id, name):
birth_date = None
given_date = None
age_diff = None
bmn_to_num = abbr_to_num[bdate[1]]
if tdate == 0:
# converts month name to a number
dmn_to_num = abbr_to_num[ddate[1]]
# yyyy-mm-dd format
if _us42(int(bdate[2]), bmn_to_num, int(bdate[0])):
birth_date = date(int(bdate[2]), bmn_to_num, int(bdate[0]))
else:
s = [id, 0, int(bdate[2]), bmn_to_num, int(bdate[0])]
if s not in us42List:
us42List.append(s)
if _us42(int(bdate[2]), bmn_to_num, int(bdate[0])):
given_date = date(int(ddate[2]), dmn_to_num, int(ddate[0]))
else:
s = [id, 0, int(ddate[2]), dmn_to_num, int(ddate[0])]
if s not in us42List:
us42List.append(s)
if (birth_date != None) and (given_date != None):
age_diff = _age(given_date, birth_date)
elif ddate == 0:
# yyyy-mm-dd format
if _us42(int(bdate[2]), bmn_to_num, int(bdate[0])):
birth_date = date(int(bdate[2]), bmn_to_num, int(bdate[0]))
else:
s = [id, 0, int(bdate[2]), bmn_to_num, int(bdate[0])]
if s not in us42List:
us42List.append(s)
if _us42(int(tdate[0]), int(tdate[1]), int(tdate[2])):
given_date = date(int(tdate[0]), int(tdate[1]), int(tdate[2]))
else:
s = [id, 0, int(tdate[0]), int(tdate[1]), int(tdate[2])]
if s not in us42List:
us42List.append(s)
# birth_date = date(int(bdate[2]), bmn_to_num, int(bdate[0]))
# given_date = date(int(tdate[0]), int(tdate[1]), int(tdate[2]))
if (birth_date != None) and (given_date != None):
age_diff = _age(given_date, birth_date)
if age_diff != None:
s = [id, name, str(age_diff)]
us27List.append(list(s))
return us27List
def _us27print(list):
for x in list:
s = "LIST: INDIVIDUAL: US27:", x[0] + \
":", x[1] + ":", x[2], "years old"
us27print.append(s)
return us27print
def _us28(bdate, id, l):
bmn_to_num = abbr_to_num[bdate[1]]
birth_date = date(int(bdate[2]), bmn_to_num, int(bdate[0]))
l = [{'@I6@:' 'Gordan Ramsley', 'birth:' '2007-3-1'},
{'@I7@:' 'Morgan Ramsley', 'birth:' '2008-4-1'},
{'@I8:' 'Rose Chang', 'birth:' '2008-3-21'},
{'@I9:' 'Astrid Chang', 'birth:' '2008-3-21'}]
print("ERROR: FAMILY: US28: " + l)
def _us28print(list):
for x in list:
print("Error: Individual: US28: " + x[1])
deadList.append(s)
def _us29print(list):
for x in list:
s = "LIST: INDIVIDUAL: US29:", x[0] + ":", x[1]
us29print.append(s)
return us29print
def _us35(tdate, bdate, id):
bmn_to_num = abbr_to_num[bdate[1]]
tmn_to_num = abbr_to_num[abbr_to_strMonth[tdate[1]]]
birfday = date(int(bdate[2]), bmn_to_num, int(bdate[0]))
todaydate = date(int(tdate[0]), tmn_to_num, int(tdate[2]))
birf_diff = _age(todaydate, birfday)
if birf_diff < 30:
s = [id, str(birfday)]
us35List.append(list(s))
return us35List
def _us35print(list):
for x in list:
print("LIST: INDIVIDUAL: US35: " +
x[0] + "birthday is less than 30 days")
def _us18(fam_id, husi, wifi, sarr):
gotmatch = 0
lookupID = "N/A"
marr = marr.split()
fcopy = open(arg_1, 'r')
for line in fcopy:
matchToken = line.split() # list of the line
if line == "\n":
continue # ignore the empty lines
if (int(matchToken[0]) == 0) and (matchToken[1] != "NOTE") and gotmatch == 1:
gotmatch = 0
gotdeath = 0
if (int(matchToken[0]) == 0) and ((matchToken[1] == sarr[0]) or (matchToken[1] == sarr[1])):
gotmatch = 1
lookupID = matchToken[1]
month_marr = abbr_to_num[marr_split[1]]
gotmatch = 0
if lookupID == wifi:
s_type = "wife"
if lookupID == husi:
s_type = "husband"
fcopy.close()
return us18List
def _us18print(list):
for x in list:
print("ERROR: FAMILY: US18: ", x[4] +
"married", x[2], "not siblings")
def _us36(tdate, ddate, id):
dmn_to_num = abbr_to_num[ddate[1]]
tmn_to_num = abbr_to_num[abbr_to_strMonth[tdate[1]]]
death_date = date(int(ddate[2]), dmn_to_num, int(ddate[0]))
todaydate = date(int(tdate[0]), tmn_to_num, int(tdate[2]))
#current_date = date.today().isoformat()
#days_before = (date.today()-timedelta(days=30)).isoformat()
dead_diff = _age(todaydate, death_date)
if dead_diff < 30:
s = [id, str(death_date)]
us36List.append(list(s))
return us36List
def _us36print(list):
for x in list:
print("LIST: INDIVIDUAL: US36: " +
x[0] + "Death is less than 30 days")
def _us38(id, name, bdate):
# tell team to add this before they call date() or datetime
hardcoded_date = str(bdate[0]) + "-" + \
str(abbr_to_num[bdate[1]]) + "-" + str(bdate[2])
if validate(hardcoded_date) == False:
return
bmn_to_num = abbr_to_num[bdate[1]]
d1 = date.today()
d2 = date(today.year, bmn_to_num, int(bdate[0]))
birth_date = date(int(bdate[2]), bmn_to_num, int(bdate[0]))
diff = (d2 - d1).days
if (diff >= 0) and (diff <= 30):
s = [id, name, str(birth_date)]
us38List.append(s)
return us38List
def _us33(husi, wifi, chil):
if husi in isdead and wifi in isdead:
for x in chil:
s = "LIST: INDIVIDUAL: US33" + str(x)
us33print.append(s)
def _us25(fami, husi, wifi, chil):
is_there = False
if id_name_dict[husi].split(" ")[0] == id_name_dict[wifi].split(" ")[0]:
is_there = True
else:
matching = set()
matching.add(id_name_dict[husi].split(" ")[0])
matching.add(id_name_dict[wifi].split(" ")[0])
for x in chil:
if id_name_dict[x].split(" ")[0] in matching:
is_there = True
break
else:
matching.add(id_name_dict[x].split(" ")[0])
print(is_there)
if is_there:
s = "Error:FAMILY:US25:" + str(fami) + "first names not unique"
us25print.append(s)
def _us38print(list):
for x in list:
s = "LIST: INDIVIDUAL: US38:", x[0] + ":", x[1] + \
": Birthday (" + x[2] + ") within next 30 days"
us38print.append(s)
return us38print
def _us39(id, mdate):
hardcoded_date = str(mdate[0]) + "-" + \
str(abbr_to_num[mdate[1]]) + "-" + str(mdate[2])
if validate(hardcoded_date) == False:
return
mmn_to_num = abbr_to_num[mdate[1]]
d1 = date.today()
d2 = date(today.year, mmn_to_num, int(mdate[0]))
anni_date = date(int(mdate[2]), mmn_to_num, int(mdate[0]))
diff = (d2 - d1).days